Glacial ice erosion will form: * Corries (cirques) * Aretes * Pyramidal Peaks * U-shaped troughs * Hanging Valleys * Truncated Spurs * Rouche Moutonees * Striations * Rock Steps Sediment deposition (resulting from glacial processes) will form: * Ice-transported boulders * Erratics * Lateral moraines * Medial moraines * Terminal moraines * Recessional moraines * Push moraines * Varves * Eskers * Delta kames * Kame terraces * Braided streams * Flat bottoms to U-shaped valleys
Sedimentary rock is formed from sediments deposited in bodies of water. Examples of sedimentary rocks that can form in this way include limestone, shale, and sandstone. These rocks are typically composed of particles that have been weathered, transported, and compacted over time.
Sedimentary rock, such as sandstone or shale, is often formed from soil deposits carried by moving water from rivers or streams. These sediments accumulate, compress, and cement over time to form rock layers.
The rock is eroded or weathered away into sediments. The sediments settle and through compaction , the sediments are pushed together to form a sediment. Short Answer: It must be broken down into a sediment.
When rocks and sediments are moved, erosion occurs, resulting in the formation of landforms such as hills, valleys, canyons, and deltas. Sediments can also accumulate to form new landforms like beaches and sand dunes.
A newly formed rock can break down into sediment through the process of weathering and erosion. Weathering involves the physical or chemical breakdown of rock into smaller pieces, while erosion transports these particles to new locations, where they can accumulate and eventually become sediment.
sedimentary rocks :)
Piles of eroded sediments. Which may or may not become sedimentary rock over time.
Sedimentary rock is formed from sediments deposited in bodies of water. Examples of sedimentary rocks that can form in this way include limestone, shale, and sandstone. These rocks are typically composed of particles that have been weathered, transported, and compacted over time.
Glacial deposits may form when glaciers move along mountains and break off sediments. These deposits can include a variety of sediment types such as till, moraines, and erratic boulders. As the glacier moves, it erodes and transports these sediments, eventually depositing them once the glacier melts.
Some deposits of alpine glaciers include moraines (such as lateral, medial, and terminal moraines), drumlins, eskers, and outwash plains. These deposits are created as the glacier erodes, transports, and deposits sediment during its movement.
Sedimentary rock, such as sandstone or shale, is often formed from soil deposits carried by moving water from rivers or streams. These sediments accumulate, compress, and cement over time to form rock layers.
Only deposits: sediments and calcite. A cave represents removal of rock, not its making.
Sedimentary rock.
The rock is eroded or weathered away into sediments. The sediments settle and through compaction , the sediments are pushed together to form a sediment. Short Answer: It must be broken down into a sediment.
When rocks and sediments are moved, erosion occurs, resulting in the formation of landforms such as hills, valleys, canyons, and deltas. Sediments can also accumulate to form new landforms like beaches and sand dunes.
A sedimentary rock is formed from sediments, that is particles of preexisting rocks that have been broken down by weathering process and transported to new locations by water, ice or wind. The sediments accumulate over time as layers deposited parallel to the Earth's surface and, as they become buried by overlying deposits, they harden to form rock - sedimentary rock. During their deposition process, they may include burrows, shells or bones of living creatures and these become fossils as the sediments harden.
A rock formed for sedimentary deposits is called a sedimentary rock. A sedimentary rock which has then undergone metamorphism is called a meta-sediment.